Java EE Development with NetBeans 7

Mastering the NetBeans Editor 4 lectures 20:54 Code Completion and Generation Significantly speed up development by taking advantage of code completion and code generation features of NetBeans

• Create a Java SE project
• Create a Java class via a keyboard shortcut, and next complete the code
• Use the Accessor method to generate the code and then format the code
• Use Constructor generation to delete lines of code
• Execute the code via keyboard shortcuts and generate the toString() method

Code Navigation Speed up development by significantly reducing the time it takes to navigate through the code in our project

• Navigate to a method definition with the mouse
• Navigate to the previous file we were editing
• Next, go to a method definition with the keyboard
• Navigate to a class member via the Navigator window

Refactoring Quickly refactor Java projects without any fear of breaking the code

• Rename the variables via the context menu
• Rename the variables via a keyboard shortcut
• Encapsulate the fields
• Introduce a method from the existing code

Understanding NetBeans' Visual Cues Understand the structure of the code by interpreting NetBeans' visual cues

• Identify compilation errors using NetBeans' suggestions
• Highlight existing variables
• Determine if a class has child classes
• Determine if a method is defined in an interface
• Determine if a method is being overridden

Mastering the NetBeans Editor 4 lectures 20:54 Code Completion and Generation Significantly speed up development by taking advantage of code completion and code generation features of NetBeans

• Create a Java SE project
• Create a Java class via a keyboard shortcut, and next complete the code
• Use the Accessor method to generate the code and then format the code
• Use Constructor generation to delete lines of code
• Execute the code via keyboard shortcuts and generate the toString() method

Code Navigation Speed up development by significantly reducing the time it takes to navigate through the code in our project

• Navigate to a method definition with the mouse
• Navigate to the previous file we were editing
• Next, go to a method definition with the keyboard
• Navigate to a class member via the Navigator window

Refactoring Quickly refactor Java projects without any fear of breaking the code

• Rename the variables via the context menu
• Rename the variables via a keyboard shortcut
• Encapsulate the fields
• Introduce a method from the existing code

Understanding NetBeans' Visual Cues Understand the structure of the code by interpreting NetBeans' visual cues

• Identify compilation errors using NetBeans' suggestions
• Highlight existing variables
• Determine if a class has child classes
• Determine if a method is defined in an interface
• Determine if a method is being overridden

Code Completion and Generation Significantly speed up development by taking advantage of code completion and code generation features of NetBeans

• Create a Java SE project
• Create a Java class via a keyboard shortcut, and next complete the code
• Use the Accessor method to generate the code and then format the code
• Use Constructor generation to delete lines of code
• Execute the code via keyboard shortcuts and generate the toString() method

Code Completion and Generation Significantly speed up development by taking advantage of code completion and code generation features of NetBeans

• Create a Java SE project
• Create a Java class via a keyboard shortcut, and next complete the code
• Use the Accessor method to generate the code and then format the code
• Use Constructor generation to delete lines of code
• Execute the code via keyboard shortcuts and generate the toString() method

Code Completion and Generation Significantly speed up development by taking advantage of code completion and code generation features of NetBeans

• Create a Java SE project
• Create a Java class via a keyboard shortcut, and next complete the code
• Use the Accessor method to generate the code and then format the code
• Use Constructor generation to delete lines of code
• Execute the code via keyboard shortcuts and generate the toString() method

Code Completion and Generation Significantly speed up development by taking advantage of code completion and code generation features of NetBeans

• Create a Java SE project
• Create a Java class via a keyboard shortcut, and next complete the code
• Use the Accessor method to generate the code and then format the code
• Use Constructor generation to delete lines of code
• Execute the code via keyboard shortcuts and generate the toString() method

Significantly speed up development by taking advantage of code completion and code generation features of NetBeans

• Create a Java SE project
• Create a Java class via a keyboard shortcut, and next complete the code
• Use the Accessor method to generate the code and then format the code
• Use Constructor generation to delete lines of code
• Execute the code via keyboard shortcuts and generate the toString() method

Significantly speed up development by taking advantage of code completion and code generation features of NetBeans

• Create a Java SE project
• Create a Java class via a keyboard shortcut, and next complete the code
• Use the Accessor method to generate the code and then format the code
• Use Constructor generation to delete lines of code
• Execute the code via keyboard shortcuts and generate the toString() method

Code Navigation Speed up development by significantly reducing the time it takes to navigate through the code in our project

• Navigate to a method definition with the mouse
• Navigate to the previous file we were editing
• Next, go to a method definition with the keyboard
• Navigate to a class member via the Navigator window

Code Navigation Speed up development by significantly reducing the time it takes to navigate through the code in our project

• Navigate to a method definition with the mouse
• Navigate to the previous file we were editing
• Next, go to a method definition with the keyboard
• Navigate to a class member via the Navigator window

Code Navigation Speed up development by significantly reducing the time it takes to navigate through the code in our project

• Navigate to a method definition with the mouse
• Navigate to the previous file we were editing
• Next, go to a method definition with the keyboard
• Navigate to a class member via the Navigator window

Code Navigation Speed up development by significantly reducing the time it takes to navigate through the code in our project

• Navigate to a method definition with the mouse
• Navigate to the previous file we were editing
• Next, go to a method definition with the keyboard
• Navigate to a class member via the Navigator window

Speed up development by significantly reducing the time it takes to navigate through the code in our project

• Navigate to a method definition with the mouse
• Navigate to the previous file we were editing
• Next, go to a method definition with the keyboard
• Navigate to a class member via the Navigator window

Speed up development by significantly reducing the time it takes to navigate through the code in our project

• Navigate to a method definition with the mouse
• Navigate to the previous file we were editing
• Next, go to a method definition with the keyboard
• Navigate to a class member via the Navigator window

Refactoring Quickly refactor Java projects without any fear of breaking the code

• Rename the variables via the context menu
• Rename the variables via a keyboard shortcut
• Encapsulate the fields
• Introduce a method from the existing code

Refactoring Quickly refactor Java projects without any fear of breaking the code

• Rename the variables via the context menu
• Rename the variables via a keyboard shortcut
• Encapsulate the fields
• Introduce a method from the existing code

Refactoring Quickly refactor Java projects without any fear of breaking the code

• Rename the variables via the context menu
• Rename the variables via a keyboard shortcut
• Encapsulate the fields
• Introduce a method from the existing code

Refactoring Quickly refactor Java projects without any fear of breaking the code

• Rename the variables via the context menu
• Rename the variables via a keyboard shortcut
• Encapsulate the fields
• Introduce a method from the existing code

Quickly refactor Java projects without any fear of breaking the code

• Rename the variables via the context menu
• Rename the variables via a keyboard shortcut
• Encapsulate the fields
• Introduce a method from the existing code

Quickly refactor Java projects without any fear of breaking the code

• Rename the variables via the context menu
• Rename the variables via a keyboard shortcut
• Encapsulate the fields
• Introduce a method from the existing code

Understanding NetBeans' Visual Cues Understand the structure of the code by interpreting NetBeans' visual cues

• Identify compilation errors using NetBeans' suggestions
• Highlight existing variables
• Determine if a class has child classes
• Determine if a method is defined in an interface
• Determine if a method is being overridden

Understanding NetBeans' Visual Cues Understand the structure of the code by interpreting NetBeans' visual cues

• Identify compilation errors using NetBeans' suggestions
• Highlight existing variables
• Determine if a class has child classes
• Determine if a method is defined in an interface
• Determine if a method is being overridden

Understanding NetBeans' Visual Cues Understand the structure of the code by interpreting NetBeans' visual cues

• Identify compilation errors using NetBeans' suggestions
• Highlight existing variables
• Determine if a class has child classes
• Determine if a method is defined in an interface
• Determine if a method is being overridden

Understanding NetBeans' Visual Cues Understand the structure of the code by interpreting NetBeans' visual cues

• Identify compilation errors using NetBeans' suggestions
• Highlight existing variables
• Determine if a class has child classes
• Determine if a method is defined in an interface
• Determine if a method is being overridden

Understand the structure of the code by interpreting NetBeans' visual cues

• Identify compilation errors using NetBeans' suggestions
• Highlight existing variables
• Determine if a class has child classes
• Determine if a method is defined in an interface
• Determine if a method is being overridden

Understand the structure of the code by interpreting NetBeans' visual cues

• Identify compilation errors using NetBeans' suggestions
• Highlight existing variables
• Determine if a class has child classes
• Determine if a method is defined in an interface
• Determine if a method is being overridden

NetBeans Debugger 2 lectures 12:26 Breakpoints Take advantage of the NetBeans debugger to be able to quickly find the cause of code defects

• Run the code and determine if there is a problem
• Line up the breakpoints and debug the project
• Step over the code and inspect the variable value
• Use Exception breakpoints

Inspecting Variable Values View the value of any variable in the scope by inspecting the variable's values in the variables window

• Step into the methods and inspect the variables in scope
• Inspect the expression values
• Add new watches by highlighting code
• Add arbitrary expressions to the variables window

NetBeans Debugger mon areas in a template, and have all the pages in the application simply use the template

• Create a Facelets template in NetBeans and understand how Facelets templating tags work
• Preview the template in the browser and create a Facelets template client in NetBeans
• Understand the use of template client tags

Facelets Templating Pages in most web applications contain common areas such as headers, footers, and menus, which are shown in every page. Facelets templating allows us to define these common areas in a template, and have all the pages in the application simply use the template

• Create a Facelets template in NetBeans and understand how Facelets templating tags work
• Preview the template in the browser and create a Facelets template client in NetBeans
• Understand the use of template client tags

Facelets Templating Pages in most web applications contain common areas such as headers, footers, and menus, which are shown in every page. Facelets templating allows us to define these common areas in a template, and have all the pages in the application simply use the template

• Create a Facelets template in NetBeans and understand how Facelets templating tags work
• Preview the template in the browser and create a Facelets template client in NetBeans
• Understand the use of template client tags

Facelets Templating Pages in most web applications contain common areas such as headers, footers, and menus, which are shown in every page. Facelets templating allows us to define these common areas in a template, and have all the pages in the application simply use the template

• Create a Facelets template in NetBeans and understand how Facelets templating tags work
• Preview the template in the browser and create a Facelets template client in NetBeans
• Understand the use of template client tags

Pages in most web applications contain common areas such as headers, footers, and menus, which are shown in every page. Facelets templating allows us to define these common areas in a template, and have all the pages in the application simply use the template

• Create a Facelets template in NetBeans and understand how Facelets templating tags work
• Preview the template in the browser and create a Facelets template client in NetBeans
• Understand the use of template client tags

Pages in most web applications contain common areas such as headers, footers, and menus, which are shown in every page. Facelets templating allows us to define these common areas in a template, and have all the pages in the application simply use the template

• Create a Facelets template in NetBeans and understand how Facelets templating tags work
• Preview the template in the browser and create a Facelets template client in NetBeans
• Understand the use of template client tags

Managed Beans Access the Managed Beans’ properties from a JSF page. Access a JSF Managed Bean from another Managed Bean. Use the Managed Bean's Action...